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There are three key considerations in the structural design of resilient and optimal telecoms infrastructure: The first is to ensure that the structure being designed does not fail. This involves understanding the proposed orientation of the structure, what loads the structure will face, the load path through the structure, the internal and external stability of […]

This year’s theme for Mental Health Awareness Week is loneliness. No one is immune from feeling lonely and the pandemic really highlighted how much we all rely on interaction with others. Feelings of isolation have a negative impact on our wellbeing. By taking steps to prevent feeling isolated ourselves, we can also help combat loneliness

A structure, before being built must be analysed to ensure it can serve its intended purpose and resist any form of load it is subjected to. Before considering the design of any structure, a clear understanding of what loads it will be subjected to is required. This brings us to the question, what are loads?

Christmas is a time for giving and here at KA Engineering Group, we cherish the opportunity to give back to our community. Our two chosen charities this year were ‘TAMHI’ (Tackling Awareness of Mental Health Issues) based in Belfast and ‘Catching lives’ based in Canterbury. With our focus on staff mental health and wellbeing this

The element enabling the connection of the two dissimilar materials (steel and concrete/masonry) are fasteners, which resist the tension component of the applied force. The fasteners transfer the applied tension and shear loads to the base material (concrete/masonry) through various mechanisms shown in the attached image. For an efficient and reliable design, we must understand

At KA Engineering Group, we recently completed a project involving the structural analysis of a sequence of towers supporting netting enclosing a sports complex to ensure that the structures could withstand the wind and weight loading on the, tower, connecting wires and netting, protecting the public from stray balls. The towers are connected as an

In wall mounted pole structures, the design loads on ancillaries, i.e. wind load and vertical gravitational loads, are transferred to the walls through the anchors.The anchor pull-out load is limited by anchor and wall capacity. In the event of pull-out load being higher than anchor capacity, internal load bearing back plates can be installed. But

The Special Hexagonal Lattice Tower is a good solution for site-share, aimed at accommodating several telecom industry operators and to provide for spare capacity for future technological upgrades. The design and analysis of these structures pose unique engineering challenges requiring specialist finite element modelling and analysis knowledge. Some of the unique challenges are The modelling